org.sosy_lab.java_smt.solvers.princess

Class PrincessSolverContext

java.lang.Object

org.sosy_lab.java_smt.basicimpl.AbstractSolverContext

org.sosy_lab.java_smt.solvers.princess.PrincessSolverContext

All Implemented Interfaces:

AutoCloseable, SolverContext

public final class PrincessSolverContext
extends AbstractSolverContext

Nested Class Summary

Nested classes/interfaces inherited from interface org.sosy_lab.java_smt.api.SolverContext

SolverContext.ProverOptions

Method Summary

Modifier and Type	Method and Description
void	close() Close the solver context.
static SolverContext	create(Configuration config, ShutdownNotifier pShutdownNotifier, @Nullable PathCounterTemplate pLogfileTemplate, int pRandomSeed, AbstractNumeralFormulaManager.NonLinearArithmetic pNonLinearArithmetic)
SolverContextFactory.Solvers	getSolverName() Get solver name (MATHSAT5/Z3/etc...).
String	getVersion() Get version information out of the solver.
OptimizationProverEnvironment	newOptimizationProverEnvironment0(Set<SolverContext.ProverOptions> options)
protected ProverEnvironment	newProverEnvironment0(Set<SolverContext.ProverOptions> options)
protected InterpolatingProverEnvironment<?>	newProverEnvironmentWithInterpolation0(Set<SolverContext.ProverOptions> options)
protected boolean	supportsAssumptionSolving() Whether the solver supports solving under some given assumptions (with all corresponding features) by itself, i.e., whether BasicProverEnvironment.isUnsatWithAssumptions(java.util.Collection) and BasicProverEnvironment.isUnsatWithAssumptions(java.util.Collection) are fully implemented.

Methods inherited from class org.sosy_lab.java_smt.basicimpl.AbstractSolverContext

getFormulaManager, newOptimizationProverEnvironment, newProverEnvironment, newProverEnvironmentWithInterpolation

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

create

public static SolverContext create(Configuration config,
                                   ShutdownNotifier pShutdownNotifier,
                                   @Nullable PathCounterTemplate pLogfileTemplate,
                                   int pRandomSeed,
                                   AbstractNumeralFormulaManager.NonLinearArithmetic pNonLinearArithmetic)
                            throws InvalidConfigurationException

Throws:

InvalidConfigurationException

newProverEnvironment0

protected ProverEnvironment newProverEnvironment0(Set<SolverContext.ProverOptions> options)

Specified by:

newProverEnvironment0 in class AbstractSolverContext

newProverEnvironmentWithInterpolation0

protected InterpolatingProverEnvironment<?> newProverEnvironmentWithInterpolation0(Set<SolverContext.ProverOptions> options)

Specified by:

newProverEnvironmentWithInterpolation0 in class AbstractSolverContext

newOptimizationProverEnvironment0

public OptimizationProverEnvironment newOptimizationProverEnvironment0(Set<SolverContext.ProverOptions> options)

Specified by:

newOptimizationProverEnvironment0 in class AbstractSolverContext

getVersion

public String getVersion()

Description copied from interface: SolverContext

Get version information out of the solver.

getSolverName

public SolverContextFactory.Solvers getSolverName()

Description copied from interface: SolverContext

Get solver name (MATHSAT5/Z3/etc...).

close

public void close()

Description copied from interface: SolverContext

Close the solver context.

Necessary for the solvers implemented in native code, frees the associated memory.

supportsAssumptionSolving

protected boolean supportsAssumptionSolving()

Description copied from class: AbstractSolverContext

Whether the solver supports solving under some given assumptions (with all corresponding features) by itself, i.e., whether BasicProverEnvironment.isUnsatWithAssumptions(java.util.Collection) and BasicProverEnvironment.isUnsatWithAssumptions(java.util.Collection) are fully implemented.

Otherwise, i.e., if this method returns false, the solver does not need to support this feature and may simply throw UnsupportedOperationException in the respective methods. This class will wrap the prover environments and provide an implementation of the feature.

This method is expected to always return the same value. Otherwise the behavior of this class is undefined.

Specified by:

supportsAssumptionSolving in class AbstractSolverContext